Antimatter underestimated

@article{Gsponer1987AntimatterU,
  title={Antimatter underestimated},
  author={Andr{\'e} Gsponer and J P Hurni},
  journal={Nature},
  year={1987},
  volume={325},
  pages={754-754}
}
We warn of the potential nuclear proliferation’s consequences of military applications of nano- or microgram amounts of antimatter, such as triggering of high-yield thermonuclear explosions, laser pumping, compact sources of energy, directed-energy beams, and portable sources of muons. 

The physics of antimatter induced fusion and thermonuclear explosions

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Iraq ’ s calutrons Electromagnetic isotope separation , beam technology , and nuclear weapon proliferation

The past and present status of high-current electromagnetic isotope separation (EMIS) technology for uranium and plutonium enrichment (i.e. calutrons) is reviewed in the five nuclear weapons states

Physics of high-intensity high-energy particle beam propagation in open air and outer-space plasmas

This report is a self-contained and comprehensive review of the physics of propagating pulses of high-intensity high-energy particle beams in pre-existing or self-generated plasmas. Consideration is

Research & Development, and Applications in the Arms Race : Exercising Judgement on Lines of Research

* Alvin M. Saperstein is Professor of Physics at the Department of Physics, and the Director of Research of the Center for Peace and Conflict Studies, Wayne State University, Detroit, Michigan, USA.

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